6375 W. Charleston Blvd, Las Vegas, NV 89146 | +1-702-6517324 | Obscure_whiteley
The SciNight Journal Club is an open forum in which students and faculty can meet to informally discuss primary scientific research articles.
During the Fall 2019 semester, the journal club will meet every other Thursdays at 7:30pm on the North Las Vegas campus in room N216.
Each SciNight session the article to be discussed will be posted on this website below. Download the article, read it, and come ready to discuss what you have learned with your fellow students and various faculty.
The articles will come from different disciplines within the sciences to address a variety of research interests here at CSN. The general topic of each session will be one of the following:
First Meeting of the Month
Second Meeting of the Month
|Sep 5||Physical Science|
|Sep 19||Biological Science|
|Oct 3||Physical Science|
|Oct 17||Biological Science|
|Nov 7||Physical Science|
|Nov 21||Biological Science|
|Dec 5||Physical Science|
There are 200 million cases of malarial infections a year. With mosquitoes becoming more resistant to insecticides, a new transgenic fungus genetically engineered with a spider venom gene has potential to help in this crisis. How did they make it? How effective is it? Will they be able to release it in the wild? Let's talk about it!
C-type asteroids are rich in organic compounds, including many of the precursors of life. Four and a half years ago the Japanese Aerospace Exploration Agency, JAXA, launched the Hayabusa 2 spacecraft to the carbonaceous asteroid Ryugu. Its extremely complex mission: Travel to the asteroid. Obit and map it. Deploy four rovers. Land. Fire a projectile to collect a sample of surface material that's been exposed to space. Take off. Deploy a shaped-charge explosive to bore a deep hole. Back away. Deploy a camera to watch the explosion. Back farther away, behind the asteroid to dodge debris. Fire the explosive. Return. Map the new hole. It's done all this! Next up: Land and collect pristine sub-surface material exposed by the explosion. Take off again. Return to Earth, leaving December of this year and reaching Earth December of next year. Deploy a sample-return capsule to enter Earth's atmosphere and land in Australia while the main spacecraft goes on to another asteroid. We'll be looking at three brief papers detailing what we've learned so far. There's a summary page, " Traveling to the origins of the Solar System," accompanying the papers.